You work as a Test Engineer for a global manufacturer of electrical and mechanical components and systems. Your Line Manager is responsible for delegating to you and your colleagues the testing of theory, principles, and hypotheses from several worldwide company divisions. They have asked you to undertake a series of such evaluations. Activity: Part 1: a) The potential energy of a mass, m, held at a particular height, h, above the ground against the force of gravity, g, is converted into kinetic energy when it is released and it moves towards the ground at a velocity, v. Use dimensional analysis to confirm the relationship: mv² 2 = mgh
You work as a Test Engineer for a global manufacturer of electrical and mechanical components and systems. Your Line Manager is responsible for delegating to you and your colleagues the testing of theory, principles, and hypotheses from several worldwide company divisions. They have asked you to undertake a series of such evaluations. Activity: Part 1: a) The potential energy of a mass, m, held at a particular height, h, above the ground against the force of gravity, g, is converted into kinetic energy when it is released and it moves towards the ground at a velocity, v. Use dimensional analysis to confirm the relationship: mv² 2 = mgh
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Can you solve this problem please showing each stage and explaining it thankyou
Transcribed Image Text:You work as a Test Engineer for a global manufacturer of electrical and mechanical components and systems.
Your Line Manager is responsible for delegating to you and your colleagues the testing of theory, principles,
and hypotheses from several worldwide company divisions. They have asked you to undertake a series of
such evaluations.
Activity:
Part 1:
a) The potential energy of a mass, m, held at a particular height, h, above the ground against the force of
gravity, g, is converted into kinetic energy when it is released and it moves towards the ground at a
velocity, v.
Use dimensional analysis to confirm the relationship:
my²
2
= mgh
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Dimension of " 2 " (Const.) = 1
is that
Dimension of " 2 " (Constant) = 1
in soloution above?
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